Main Page Namespace List Class Hierarchy Compound List File List Namespace Members Compound Members File Members Examples

xchen::Vector< T, Sz > Class Template Reference

A fixed-size sequential container. More...

#include <Vector.H>

Inheritance diagram for xchen::Vector< T, Sz >:

List of all members.


[NOHEADER]
typedef T	value_type
	interface as std::vector
typedef T &	reference
	interface as std::vector
typedef const T &	const_reference
	interface as std::vector
typedef T *	iterator
	interface as std::vector
typedef const T *	const_iterator
	interface as std::vector
typedef std::reverse_iterator< iterator >	reverse_iterator
	interface as std::vector
typedef std::reverse_iterator< const_iterator >	const_reverse_iterator
	interface as std::vector
iterator	begin ()
	interface as std::vector
iterator	end ()
	interface as std::vector
const_iterator	begin () const
	interface as std::vector
const_iterator	end () const
	interface as std::vector
reverse_iterator	rbegin ()
	interface as std::vector
const_reverse_iterator	rbegin () const
	interface as std::vector
reverse_iterator	rend ()
	interface as std::vector
const_reverse_iterator	rend () const
	interface as std::vector
T	front ()
	interface as std::vector
const_reference	front () const
	interface as std::vector
T	back ()
	interface as std::vector
const_reference	back () const
	interface as std::vector
T &	operator[] (size_t idx)
	interface as std::vector
const T &	operator[] (size_t idx) const
	interface as std::vector
bool	operator< (Vector const &rhs) const
	interface as std::vector
bool	operator== (const Vector &rhs) const
	interface as std::vector
bool	empty ()
	interface as std::vector
size_t	max_size ()
	interface as std::vector
Public Methods
	Vector (const_iterator itr)
	assume enough data elements given
template<class T2, int Sz2>	Vector (const Vector< T2, Sz2 > &rhs)
	constructor from hetergenous Vector
template<class T2>	Vector (const BaseVector< T2 > &rhs)
	constructor from hetergenous BaseVector
	Vector ()
ListAssignmentCheckSzCt< T, T *, Sz-1 >	operator= (T x)
size_t	size () const

	Vector (R e0)
	constructors from element list. If not enough elements given, default to 0.
	Vector (R e0, R e1)
	constructors from element list. If not enough elements given, default to 0.
	Vector (R e0, R e1, R e2)
	constructors from element list. If not enough elements given, default to 0.
	Vector (R e0, R e1, R e2, R e3)
	constructors from element list. If not enough elements given, default to 0.
	Vector (R e0, R e1, R e2, R e3, R e4)
	constructors from element list. If not enough elements given, default to 0.
	Vector (R e0, R e1, R e2, R e3, R e4, R e5)
	constructors from element list. If not enough elements given, default to 0.

Vector	operator- ()
	vector operations.
Vector &	operator+= (const Vector &r)
	vector operations.
Vector &	operator-= (const Vector &r)
	vector operations.
Vector &	operator *= (double s)
	vector operations.
Vector &	operator/= (double s)
	vector operations.
Vector	operator+ (const Vector &r) const
	vector operations.
Vector	operator- (const Vector &r) const
	vector operations.
Vector	operator * (double s) const
	vector operations.
Vector	operator/ (double s) const
	vector operations.
Vector &	Sxw (T s)
	scale x and w components.
Vector &	Syw (T s)
	scale y and w components.
Vector &	Szw (T s)
	scale z and w components.
T *	GetData ()
	vector operations.
const T *	GetData () const
	vector operations.
T	operator * (const Vector &r) const
	vector operations.
Vector	operator^ (const Vector &r) const
	vector operations.
Vector &	operator^= (const Vector &r)
	vector operations.
double	GetNorm () const
	vector operations.
T	GetSquareNorm () const
	vector operations.
void	Normalize ()
	vector operations.
Vector	GetNormalizedVector () const
	vector operations.
Vector	GetProject2Sphere () const
	vector operations.
Vector	GetProject2AffinePlane () const
	vector operations.
Vector	GetProjection (const Vector &r) const
	vector operations.
Vector< T, Sz-1 >	GetProjection () const
	vector operations.
Vector< T, Sz+1 >	GetPromotion () const
	vector operations.
double	Distance (const Vector &v) const
	vector operations.
double	Angle (const Vector &r) const
	vector operations.

T	LinearCombine (const Vector< double, Sz > lambda) const
	operation on vector of (column) vectors
T	AffineCombine (const Vector< double, Sz > lambda) const
	operation on vector of (column) vectors
T	VectorCombine (const Vector< double, Sz > lambda) const
	operation on vector of (column) vectors
Friends
ostream &	operator (ostream &os, const Vector &v)
istream &	operator>> (istream &is, Vector &v)

Detailed Description

template<class T, int Sz>
class xchen::Vector< T, Sz >

A fixed-size sequential container.

Member Typedef Documentation

template<class T, int Sz>

typedef const T* xchen::Vector< T, Sz >::const_iterator

interface as std::vector

template<class T, int Sz>

typedef const T& xchen::Vector< T, Sz >::const_reference

interface as std::vector

template<class T, int Sz>

typedef std::reverse_iterator<const_iterator> xchen::Vector< T, Sz >::const_reverse_iterator

interface as std::vector

template<class T, int Sz>

typedef T* xchen::Vector< T, Sz >::iterator

interface as std::vector

template<class T, int Sz>

typedef T& xchen::Vector< T, Sz >::reference

interface as std::vector

template<class T, int Sz>

typedef std::reverse_iterator<iterator> xchen::Vector< T, Sz >::reverse_iterator

interface as std::vector

template<class T, int Sz>

typedef T xchen::Vector< T, Sz >::value_type

interface as std::vector

Constructor & Destructor Documentation

template<class T, int Sz>

xchen::Vector< T, Sz >::Vector ( const_iterator itr ) [inline]

assume enough data elements given

template<class T, int Sz>

template<class T2, int Sz2>

xchen::Vector< T, Sz >::Vector ( const Vector< T2, Sz2 > & rhs ) [inline]

constructor from hetergenous Vector

template<class T, int Sz>

template<class T2>

xchen::Vector< T, Sz >::Vector< T, Sz > ( const BaseVector< T2 > & rhs )

constructor from hetergenous BaseVector

template<class T, int Sz>

xchen::Vector< T, Sz >::Vector ( ) [inline]

template<class T, int Sz>

xchen::Vector< T, Sz >::Vector ( R e0 ) [inline]

constructors from element list. If not enough elements given, default to 0.

template<class T, int Sz>

xchen::Vector< T, Sz >::Vector ( R e0,

R e1

) [inline]

constructors from element list. If not enough elements given, default to 0.

template<class T, int Sz>

xchen::Vector< T, Sz >::Vector ( R e0,

R e1,

R e2

) [inline]

constructors from element list. If not enough elements given, default to 0.

template<class T, int Sz>

xchen::Vector< T, Sz >::Vector ( R e0,

R e1,

R e2,

R e3

) [inline]

constructors from element list. If not enough elements given, default to 0.

template<class T, int Sz>

xchen::Vector< T, Sz >::Vector ( R e0,

R e1,

R e2,

R e3,

R e4

) [inline]

constructors from element list. If not enough elements given, default to 0.

template<class T, int Sz>

xchen::Vector< T, Sz >::Vector ( R e0,

R e1,

R e2,

R e3,

R e4,

R e5

) [inline]

constructors from element list. If not enough elements given, default to 0.

Member Function Documentation

template<class T, int Sz>

T xchen::Vector< T, Sz >::AffineCombine ( const Vector< double, Sz > lambda ) const

operation on vector of (column) vectors

template<class T, int Sz>

double xchen::Vector< T, Sz >::Angle ( const Vector< T, Sz > & r ) const

vector operations.

template<class T, int Sz>

const_reference xchen::Vector< T, Sz >::back ( ) const [inline]

interface as std::vector

template<class T, int Sz>

T xchen::Vector< T, Sz >::back ( ) [inline]

interface as std::vector

template<class T, int Sz>

const_iterator xchen::Vector< T, Sz >::begin ( ) const [inline]

interface as std::vector

template<class T, int Sz>

iterator xchen::Vector< T, Sz >::begin ( ) [inline]

interface as std::vector

template<class T, int Sz>

double xchen::Vector< T, Sz >::Distance ( const Vector< T, Sz > & v ) const [inline]

vector operations.

template<class T, int Sz>

bool xchen::Vector< T, Sz >::empty ( ) [inline, static]

interface as std::vector

template<class T, int Sz>

const_iterator xchen::Vector< T, Sz >::end ( ) const [inline]

interface as std::vector

template<class T, int Sz>

iterator xchen::Vector< T, Sz >::end ( ) [inline]

interface as std::vector

template<class T, int Sz>

const_reference xchen::Vector< T, Sz >::front ( ) const [inline]

interface as std::vector

template<class T, int Sz>

T xchen::Vector< T, Sz >::front ( ) [inline]

interface as std::vector

template<class T, int Sz>

const T* xchen::Vector< T, Sz >::GetData ( ) const [inline]

vector operations.

template<class T, int Sz>

T* xchen::Vector< T, Sz >::GetData ( ) [inline]

vector operations.

template<class T, int Sz>

double xchen::Vector< T, Sz >::GetNorm ( ) const [inline]

vector operations.

template<class T, int Sz>

Vector xchen::Vector< T, Sz >::GetNormalizedVector ( ) const [inline]

vector operations.

template<class T, int Sz>

Vector xchen::Vector< T, Sz >::GetProject2AffinePlane ( ) const [inline]

vector operations.

template<class T, int Sz>

Vector xchen::Vector< T, Sz >::GetProject2Sphere ( ) const [inline]

vector operations.

template<class T, int Sz>

Vector<T,Sz-1> xchen::Vector< T, Sz >::GetProjection ( ) const [inline]

vector operations.

template<class T, int Sz>

Vector xchen::Vector< T, Sz >::GetProjection ( const Vector< T, Sz > & r ) const [inline]

vector operations.

template<class T, int Sz>

Vector<T,Sz+1> xchen::Vector< T, Sz >::GetPromotion ( ) const [inline]

vector operations.

template<class T, int Sz>

T xchen::Vector< T, Sz >::GetSquareNorm ( ) const [inline]

vector operations.

template<class T, int Sz>

T xchen::Vector< T, Sz >::LinearCombine ( const Vector< double, Sz > lambda ) const

operation on vector of (column) vectors

template<class T, int Sz>

size_t xchen::Vector< T, Sz >::max_size ( ) [inline, static]

interface as std::vector

template<class T, int Sz>

void xchen::Vector< T, Sz >::Normalize ( ) [inline]

vector operations.

template<class T, int Sz>

T xchen::Vector< T, Sz >::operator * ( const Vector< T, Sz > & r ) const [inline]

vector operations.

template<class T, int Sz>

Vector xchen::Vector< T, Sz >::operator * ( double s ) const [inline]

vector operations.

template<class T, int Sz>

Vector& xchen::Vector< T, Sz >::operator *= ( double s ) [inline]

vector operations.

template<class T, int Sz>

Vector xchen::Vector< T, Sz >::operator+ ( const Vector< T, Sz > & r ) const [inline]

vector operations.

template<class T, int Sz>

Vector< T, Sz > & xchen::Vector< T, Sz >::operator+= ( const Vector< T, Sz > & r )

vector operations.

template<class T, int Sz>

Vector xchen::Vector< T, Sz >::operator- ( const Vector< T, Sz > & r ) const [inline]

vector operations.

template<class T, int Sz>

Vector< T, Sz > xchen::Vector< T, Sz >::operator- ( )

vector operations.

template<class T, int Sz>

Vector< T, Sz > & xchen::Vector< T, Sz >::operator-= ( const Vector< T, Sz > & r )

vector operations.

template<class T, int Sz>

Vector xchen::Vector< T, Sz >::operator/ ( double s ) const [inline]

vector operations.

template<class T, int Sz>

Vector& xchen::Vector< T, Sz >::operator/= ( double s ) [inline]

vector operations.

template<class T, int Sz>

bool xchen::Vector< T, Sz >::operator< ( Vector< T, Sz > const & rhs ) const [inline]

interface as std::vector

template<class T, int Sz>

ListAssignmentCheckSzCt<T, T*, Sz-1> xchen::Vector< T, Sz >::operator= ( T x ) [inline]

template<class T, int Sz>

bool xchen::Vector< T, Sz >::operator== ( const Vector< T, Sz > & rhs ) const [inline]

interface as std::vector

template<class T, int Sz>

const T& xchen::Vector< T, Sz >::operator[] ( size_t idx ) const [inline]

interface as std::vector

template<class T, int Sz>

T& xchen::Vector< T, Sz >::operator[] ( size_t idx ) [inline]

interface as std::vector

template<class T, int Sz>

Vector< T, Sz > xchen::Vector< T, Sz >::operator^ ( const Vector< T, Sz > & r ) const

vector operations.

template<class T, int Sz>

Vector< T, Sz > & xchen::Vector< T, Sz >::operator^= ( const Vector< T, Sz > & r )

vector operations.

template<class T, int Sz>

const_reverse_iterator xchen::Vector< T, Sz >::rbegin ( ) const [inline]

interface as std::vector

template<class T, int Sz>

reverse_iterator xchen::Vector< T, Sz >::rbegin ( ) [inline]

interface as std::vector

template<class T, int Sz>

const_reverse_iterator xchen::Vector< T, Sz >::rend ( ) const [inline]

interface as std::vector

template<class T, int Sz>

reverse_iterator xchen::Vector< T, Sz >::rend ( ) [inline]

interface as std::vector

template<class T, int Sz>

size_t xchen::Vector< T, Sz >::size ( ) const [inline, virtual]

Reimplemented from xchen::BaseVector< T >.

template<class T, int Sz>

Vector& xchen::Vector< T, Sz >::Sxw ( T s ) [inline]

scale x and w components.

template<class T, int Sz>

Vector& xchen::Vector< T, Sz >::Syw ( T s ) [inline]

scale y and w components.

template<class T, int Sz>

Vector& xchen::Vector< T, Sz >::Szw ( T s ) [inline]

scale z and w components.

template<class T, int Sz>

T xchen::Vector< T, Sz >::VectorCombine ( const Vector< double, Sz > lambda ) const

operation on vector of (column) vectors

Friends And Related Function Documentation

template<class T, int Sz>

ostream& operator ( ostream & os,

const Vector< T, Sz > & v

) [friend]

template<class T, int Sz>

istream& operator>> ( istream & is,

Vector< T, Sz > & v

) [friend]

The documentation for this class was generated from the following file:

Vector.H

Generated on Wed Apr 7 21:40:52 2004 by

1.2.18

xchen::Vector< T, Sz > Class Template Reference

[NOHEADER]

Public Methods